​Is it okay to take antibiotic injections after taking anti-inflammatory drugs

The use of anti-inflammatory drugs is very wide. They can not only eliminate inflammation, but are also effective against many pathogens and toxins. However, everyone needs to pay attention that some people will take anti-inflammatory drugs first when they have inflammation or disease. If the anti-inflammatory drugs are not effective, they will get anti-inflammatory injections. However, injections and drugs should not be taken randomly. It is best to follow the doctor's arrangements so that recovery can be faster.

Antibiotics with a broad antibacterial spectrum.

For example, chloramphenicol, chloramphenicol, oxytetracycline, tetracycline, thiamphenicol, etc. It can not only strongly inhibit most Gram-negative and Gram-positive bacteria, but also inhibit rickettsia, spirochetes and certain protozoa. Antibiotics with a broad antibacterial spectrum

Broad-spectrum antibiotics refer to drugs with a relatively wide antibacterial spectrum. Simply put, they are drugs that can resist most bacteria. Another type is narrow-spectrum antibiotics, which are drugs that specifically kill a certain type or class of bacteria. Broad-spectrum antibiotics are mainly used when the pathogenic bacteria are not yet known but need to be killed. When the pathogenic bacteria are clear, narrow-spectrum antibiotics are used to specifically kill bacteria.

Excessive use of antibiotics is harmful to the body. You should take them in moderation under the guidance of a doctor and not take them casually. Antibiotics refer to certain metabolites of microorganisms such as bacteria and fungi, as well as identical or similar substances imitated by chemical synthesis, which have inhibitory or killing effects on the growth of specific microorganisms at low concentrations.

Each antibiotic has a certain antibacterial range and cannot inhibit all pathogenic bacteria. This antibacterial range is called the antibacterial spectrum. Narrow-spectrum antibiotics, due to their narrow antibacterial spectrum, generally cause fewer side effects such as dual infection, but they are not reliable for some serious infections or mixed infections of unknown causes. Although broad-spectrum antibiotics are better than narrow-spectrum antibiotics in this regard, if used improperly, they can easily lead to dual infection and have more side effects.

In short, both have their advantages and disadvantages, and the application should be carefully analyzed and the pros and cons weighed.

1. Polypeptide antibiotics mainly include bacitracin zinc, colistin, virginiamycin, thiopeptide, persinatomycin, enramycin and avoparcin.

2. Macrolide antibiotics are mainly absorbed from the intestines and can produce cross-resistance, mainly including tylosin, erythromycin, spiramycin, and tylosin.

3. Commonly used phosphorus-containing polysaccharides include chloramphenicol and carbomycin.

4. Commonly used polyether antibiotics include monensin, salinomycin, lasalomycin and maduramicin.